All five H2020 projects center on graphene — from GrapheneCore1 through Core3, plus 2D-EPL pilot line and TERASSE.
NANESA SRL
Italian SME specializing in graphene and 2D materials, from Flagship research through pilot-line scale-up and terahertz applications.
Their core work
Nanesa is an Italian SME specializing in graphene and 2D materials, operating within the EU Graphene Flagship — one of Europe's largest research initiatives. They contribute expertise in graphene-based composites, energy applications, electronics, photonics, and sensor technologies. Their involvement spans from fundamental material research through to pilot-line manufacturing of 2D materials, positioning them at the intersection of advanced materials science and industrial scale-up. They also work on terahertz technologies using graphene nano-antennas and quantum effects in transition metal dichalcogenides.
What they specialise in
GrapheneCore2 explicitly covered composite materials and energy applications; GrapheneCore3 continued flagship work at the highest funding level (EUR 1.55M).
TERASSE project focuses on terahertz antennas with self-amplified spontaneous emission using graphene and transition metal dichalcogenides.
2D-EPL (2020-2024) is an experimental pilot line for scaling graphene production from lab to industrial readiness.
GrapheneCore2 listed photonics and sensors among key application domains; TERASSE explores quantum effects relevant to photonic sensing.
How they've shifted over time
In the early period (2016-2018), Nanesa engaged in broad-based graphene research covering a wide range of applications — composites, energy, electronics, photonics, sensors, and biomedical technologies. By 2019-2020, their focus sharpened considerably toward specific high-value niches: terahertz technologies, nano-antennas, quantum effects in 2D materials, and critically, pilot-line manufacturing. This shift from exploratory breadth to application-specific depth and scale-up readiness suggests a company maturing from research participation toward commercialization.
Nanesa is moving from fundamental graphene research toward industrial pilot-line production and specialized terahertz applications, signaling readiness for commercialization partnerships.
How they like to work
Nanesa operates exclusively as a participant, never leading projects — typical for a specialized SME contributing domain-specific materials expertise to large flagship initiatives. Their 257 unique partners across 26 countries reflects the massive Graphene Flagship consortia rather than independently built relationships. However, their consistent selection across multiple Flagship phases (Core1, Core2, Core3, plus 2D-EPL) indicates they are a trusted, returning contributor valued by the consortium leadership.
Nanesa has collaborated with 257 partners across 26 countries, though this extensive network stems primarily from the Graphene Flagship's large consortia. Their geographic reach is pan-European, embedded in the Flagship's multi-national research ecosystem.
What sets them apart
Nanesa is one of relatively few SMEs that has participated across multiple phases of the Graphene Flagship, Europe's billion-euro flagship initiative — demonstrating sustained trust from the consortium. Their transition into the 2D Experimental Pilot Line (2D-EPL) sets them apart as a small company actively involved in bridging the gap between laboratory graphene research and industrial-scale production. For potential partners, this means access to a company with deep graphene expertise AND practical scale-up experience, which is rare among SMEs.
Highlights from their portfolio
- GrapheneCore3Largest funding allocation (EUR 1.55M) — representing a significant investment in Nanesa's graphene capabilities within the Flagship's third and most mature phase.
- 2D-EPLExperimental Pilot Line project focused on scaling 2D material production to industrial readiness — signals Nanesa's move toward manufacturing and commercialization.
- TERASSEExplores terahertz nano-antennas using quantum effects in graphene and TMDs — a distinct, high-potential application area outside the core Flagship work.